Author name: hong

Electricity does everything for us in our industrial society. Control of the flow of the marvel and you have implicit control of factory, store and house. Was not electricity available power, the wheel of production in the factory squeaks, refuses to turn. The shopping centre is dark, elevators and escalators sit tight; even the traffic

Electrical fault analysis is a critical capability for engineers dealing with the design, use, and maintenance of electrical systems. Be it a power distribution system, an industrial one, or a battery charging station for example, being able to see quickly what problems that have occurred helps to minimize risk and ensure a period of reliable

As the prevalence of renewable energy systems increases, so does the requirement for reliable electrical protection within them. Whether we’re talking about a solar photovoltaic (PV) system or a wind turbine or energy storage, dependable protection is essential for the system to be able to operate optimally and without fault. In this article we look

The world runs on electricity, factories, powergrids – everything runs on electricity. Like all mechanical systems electrical systems can be at fault and down, compromising safety and destroying the equipment. For all of these reasons electrical systems must be monitored and managed.Traditionally this has been done by operators performing inspection and determining maintenance strategies. Recently

In the environment of high-voltage substations, protection against the serious consequences of faults is necessary if the grid is to operate safely and reliably, writes David Chamley. As power networks become larger and bus voltages increased, the focus on the design of high-voltage substations to improve their protection becomes paramount. With ancillary stations and infrastructure

LV protection system designWhen designing a low voltage LV protection system, industrial safety, reliability, and energy efficiency of electrical circuits in general is paramount. LV protection systems are necessary devices to protect and prevent damage to electrical equipment due to fault (overloads, short-circuits, etc.). An efficient LV protection system allows to reduce operational and downtimes

As electrical grids evolve into “smart grids,” the ways we as humans generate, distribute, and consume energy are being changed forever. One of the facets of this evolution is powered as much [pun intended] by protection devices that fortify our electrical grids and make them more reliable, secure, and efficient. In the following article, we

Selecting power components for your industrial applications? You have a critical role in ensuring the reliability, efficiency, and safety of your entire system. The power components you select for use in your industrial plant, electrical power distribution system, or any other space age high tech systems will determine the performance of those electrical systems. Today

Safety always comes above all else in an expansive industrial setting and electrical safety is no exception. Keeping personnel and guests free from harm, protecting equipment from damage, preventing potential downtime and helping to avert expensive damage while briefly recaps some of the benefits of a compliant electrical safety program.Whether you are building a widget

Frame of reference of the reader and industrial systems to protect are vital to ensure safe, efficient, and enduring operation of electrical equipment. Welcome protection is that from surges which, whether provoked by natural means, like lightning or caused from mass electronic equipment errors, leave upheaval and sizeable repair costs in their wake. What is